Rahman, Yodi Ansyah Dwi (2025) Optimasi Produksi Sumur X, Y & Z Berdasarkan Analisis Efisiensi Pada Artificial Lift Untuk Meningkatkan Laju Alir Produksi Meggunakan Simulator. Other thesis, Universitas Islam Riau.

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Abstract

In the oil and gas production process, well operations are primarily based on the production capacity of the well to achieve optimal output. However, over time, continued production leads to a decrease in reservoir pressure, causing the well to lose its ability to naturally flow fluids from the reservoir to the surface. This condition necessitates the use of equipment to lift fluids to the surface through Artificial Lift methods (Andalucia & Ratih, 2022). In this final project, the artificial lift methods used are the Electric Submersible Pump (ESP) and the Progressive Cavity Pump (PCP). The objective of this study is to optimize the production of wells X, Y, and Z by analyzing the effect of artificial lift depth variations on production performance. The method employed in this research is simulation using the PIPESIM simulator, which allows for modeling multiphase fluid flow and optimizing the design parameters of the production system. The data used are secondary data from an oil and gas field, including well characteristics, fluid properties, and pump configurations. Based on the research findings, the artificial lift selected for wells X, Y, and Z is an ESP pump, with respective flow rates of 2,302.01 STB/D, 260.60 STB/D, and 967.93 STB/D.

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